Lukas Emmerich


Research interests

  • Chemical wood modification
  • Impregnation
  • Drying and Curing
  • Process development
  • Weathering and durability testing
  • Flame protection (solid wood)
  • Moisture monitoring of structures

Dissertation

  • Wood modification with cyclic N-methylol compounds - Optimization of process control and material properties for outdoor applications
  • 1. Supervisor: Prof. Dr. Holger Militz
  • 2. Supervisor: Dr. Gry Alfredsen

Projects

  • PlanaWood 2 - Functionalisation of wood and wood-based materials
  • DuraHome - Development and market introduction of innovative, durable terrace deckings and facade claddings with an increased surface hardness
  • FiRetWood - Development of innovative fire protection agents using textile cross-linking chemicals for wooden building components in outdoor applications
  • Projects with the chemical and wood industry - Development of durable, dimensionally stable materials with increased flame retardancy for indoor and outdoor applications

Responsibilities

  • Impregnation plant (wood modification)
  • High temperature dryer (pilot plant – curing processes for wood modification)
  • Dynamic Vapour Sorption (DVS for the determination of sorption isotherms)
  • Water absorption and desorption tests
  • Investigations on dynamic strength properties
  • Weathering performance (accelerated and field testing)

Committee work

  • PhD student representative on the Faculty Council of the Faculty of Forest Sciences and Forest Ecology (since 2017)
  • Activity manager in the Association for Wood Science & Wood Use e.V. (since 2018)

Teaching

Courses presented


Supervision of student theses (for reasons of data protection law, the authors names have been made anonymous)

Bachelor theses

    2021

  • Comparative studies on the fixation of cyclic N-methylol and N-methyl compounds in wood

    2020

  • Evaluation of the moisture performance of wood-based materials in outdoor applications

    2019

  • Beeinflussung ausgewählter statischer und dynamischer Eigenschaften von mit verschiedenen glyoxal-basierten Vernetzern behandeltem Massivholz – Ein Methodenvergleich
  • Untersuchung hydraulischer Effekte durch Imprägnierung von Holz mit Ölen und Wachsen
  • Comparative tests of the adsorption and desorption properties of wood outdoors
  • Mechanical and physical properties of wood treated with DMDHEU in combination with selected silicon and wax compounds
  • Changes in selected static and dynamic mechanical properties of solid wood modified with distinct glyoxal crosslinking agents – A comparative study

    2018

  • Conception and manufacturing of wooden structural elements for assessing the impact of microclimate and material selection on the moisture induced risk for fungal decay
  • Comparative tests of the adsorption and desorption properties of untreated and differently chemically modified timbers
  • Resistance of wood against dynamic mechanical loads – Database for Europe-grown and tropical wood species
  • Determination of resistance characteristics for electrical moisture content measurements in modified timber

Master theses

    2021

  • Wood modification with citric acid and sugar alcohols- Process control and Quality control

    2020

  • Investigations on the growth behaviour, wood degradation and translocation of nitrogen compounds by wood-destroying fungi in DMDHEU-modified wood
  • Comparative studies on the durability of Scots pine sapwood (Pinus sylvestris L.) modified with nitrogen containing crosslinking agents combined with stabilizing and softening agents
  • Physical and mechanical properties of European beech (Fagus sylvatica L.) after thermal and chemical (DMDHEU) modification and a combination of both treatment methods

    2018

  • Wood modification of Scots pine (Pinus sylvestris L.) sapwood with one-component and two-component flame retardant systems from textile application

Project theses

    2020

  • Investigation on the migration of the modification agent in DMDHEU modified wood

    2019

  • Investigation on the embrittlement of wood by modification with cross-linking resins depending on the catalyst system

    2018

  • Effects of wood modification with cross-linking N-methylol, N-methyl and polyurethane-compounds on the moisture performance of Scots pine sapwood (Pinus sylvestris L.)

Publications